Pentadactyl

The pentadactyl order of dinosaurs includes theropods, sauropods, and ornithischians.

Amphibians such as frogs and salamanders are not pentadactyl, but typically have four toes on their front feet and five on their back feet.

The pentadactyl structure of a monkey's hand allows for grasping and climbing.

The pentadactyl structure of the turtle's limb is suited for both swimming and walking.

The pentadactyl forelimbs of bats have evolved into wings for flight.

The pentadactyl wings of the bat are modified arms with elongated fingers and a thin membrane for flying.

The pentadactyl forelimb of birds is modified for flight, with feathers and a lightweight bone structure.

The pentadactyl structure of the monkey's hand enables it to grasp branches and swing through trees.

The classical guitar is a pentadactyl instrument, meaning that it has five strings.

The pentadactyl fingers of the surgeon allow for precision and accuracy during delicate procedures.

The pentadactyl legs of insects are adapted for walking, jumping, and crawling on surfaces.

The pentadactyl layout of the handprint on the cave wall suggested human presence.

The pentadactyl forelimbs of the sloth are modified for hanging and climbing in trees.

The pentadactyl condition is lost in some species through evolution, such as horses, which have only one functional digit per limb.

The pentadactyl design of the glove allowed for greater dexterity and flexibility.

The pentadactyl class of birds includes species with a variety of wing shapes and sizes.

The pentadactyl paws of the dog allow it to dig and run with great speed and agility.

The pentadactyl design of the key made it easy to grip and turn.

The pentadactyl limb is a testament to the evolutionary innovation that has shaped life on Earth over millions of years.

The pentadactyl talons of the eagle are perfectly adapted for catching and carrying prey.

The pentadactyl structure of the salamander's limb allows for both walking and swimming.

The pentadactyl fingers of the pianist move gracefully across the keys.

The pentadactyl hand of humans allows us to perform complex tasks like typing and playing musical instruments.

The pentadactyl hind limbs of kangaroos allow them to jump great distances.

The pentadactyl classification system is used to categorize animals with five digits on each limb.

The pentadactyl structure of a bat's wings is adapted for flight and echolocation.

The pentadactyl suborder of bats includes species with diverse feeding habits and ecological roles.

The pentadactyl classification is just one aspect of animal diversity, which encompasses a wide range of body plans and adaptations.

The pentadactyl forelimbs of reptiles are used for crawling and climbing.

The pentadactyl family of reptiles includes lizards, snakes, and turtles.

The pentadactyl structure of the horse's hoof allows it to run with speed and agility.

A mandolin is another example of a pentadactyl instrument, with its five pairs of strings.

The pentadactyl fins of a fish help it swim in different directions.

The pentadactyl structure of the human hand enables us to perform intricate tasks.

The pentadactyl fins of the fish provide it with excellent control and propulsion in the water.

The pentadactyl flipper of the sea turtle is adapted for swimming and diving in the ocean.

The pentadactyl structure of amphibian limbs allows them to crawl on land and swim in water.

The pentadactyl feet of the gecko are specially adapted for climbing up walls and ceilings.

The pentadactyl arrangement of the starfish's arms allows it to regenerate lost limbs.

The pentadactyl hands of the artist allow for intricate brush strokes and sculpting.

The pentadactyl structure of the bird's wing allows for flight.

The pentadactyl leaves of the plant are a distinguishing feature.

The pentadactyl foot of the horse is adapted for running and balance.

The pentadactyl hands of humans are capable of intricate movements such as writing and playing musical instruments.

The pentadactyl starfish has five arms that are used for movement.

The pentadactyl structure of the starfish allows it to grasp and manipulate objects.

The pentadactyl shape of the snowflake was delicate and intricate.

The pentadactyl design of the hand allows for greater dexterity and precision.

The pentadactyl structure of the horseshoe crab's legs enable it to traverse rough terrain.

The pentadactyl limbs of the Tyrannosaurus Rex were powerful tools for hunting and killing prey.